Ultra Low Power ICs for the Internet of Things 1st editoon by Orazio Aiello ISBN 3036579028 ‎ 978-3036579023

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ISBN 10: 3036579028
ISBN 13: ‎ 978-3036579023
Author: Orazio Aiello

This collection of research papers focuses on ultra-low-power (ULP) integrated circuits (ICs) that operate within a constrained power budget. This is a requirement in the design of electronic devices that rely less and less on batteries in order to enable the Internet of Things (IoT). Several ULP IC design solutions and building blocks are explored and described.

Ultra Low Power ICs for the Internet of Things 1st Table of contents:

Preface

• Introduction to Ultra Low Power ICs and IoT
• The Growing Demand for Energy-Efficient Devices
• Overview of the Book’s Structure and Key Themes

Chapter 1: Introduction to the Internet of Things (IoT)

• What is IoT?
• IoT Architecture and Components
• IoT Applications: Smart Homes, Healthcare, Wearables, and More
• Key Challenges in IoT Development
• The Role of Low Power ICs in IoT Systems

Chapter 2: Fundamentals of Ultra-Low Power Electronics

• Basics of Power Consumption in Electronic Circuits
• Power Efficiency Metrics: Power, Energy, and Performance
• Low Power Design Techniques
• Trade-offs Between Power, Performance, and Area (PPA)
• Energy Harvesting and its Role in IoT

Chapter 3: Key Design Principles for Ultra-Low Power ICs

• Low Power Logic Design: CMOS and Beyond
• Sleep Modes and Power Gating
• Voltage Scaling and Frequency Scaling
• Dynamic Power Management Strategies
• Process and Temperature Variability in Low Power Designs

Chapter 4: Ultra-Low Power Digital IC Design for IoT

• Low Power Digital Logic Circuits
• Design of Power-Aware Sequential Circuits
• Clock Gating and its Impact on Power Reduction
• Ultra-Low Power Arithmetic Units for IoT Devices
• Optimizing Digital Communication Interfaces

Chapter 5: Ultra-Low Power Analog IC Design for IoT

• Design Considerations for Low Power Analog Circuits
• Low Power Operational Amplifiers and Comparators
• Analog-to-Digital and Digital-to-Analog Converters (ADCs/DACs)
• Low Power Voltage References and Sensors
• Signal Processing in Ultra-Low Power Systems

Chapter 6: Low Power RF and Communication Circuits

• Low Power RF Transmitters and Receivers
• Ultra-Low Power Communication Protocols for IoT (Bluetooth, Zigbee, LoRa)
• Design of RF Power Amplifiers for Energy Efficiency
• Challenges in Low Power Wireless Systems
• Energy-Efficient Modulation and Coding Techniques

Chapter 7: Power Management ICs for IoT Devices

• Introduction to Power Management in IoT
• Power Supply Architectures for Ultra-Low Power Systems
• DC-DC Converters and Voltage Regulators
• Power Distribution and Battery Management Systems
• Energy Harvesting Solutions for IoT Devices

Chapter 8: Ultra-Low Power System-on-Chip (SoC) Design

• Integrating Digital, Analog, and RF Circuits into a Single Chip
• Design Methodologies for Low Power SoCs
• On-chip Power Management Techniques for IoT SoCs
• Power Estimation and Verification in SoC Design
• Case Studies of Successful Ultra-Low Power IoT SoCs

Chapter 9: Advanced Materials and Technologies for Ultra-Low Power ICs

• Emerging Semiconductor Materials for Low Power Designs (FinFETs, GaN, etc.)
• Nanoelectronics and Quantum Dots in Low Power ICs
• Advanced Packaging Techniques for Power Reduction
• The Future of Ultra-Low Power Technologies in IoT

Chapter 10: Challenges and Future Directions in Ultra-Low Power ICs for IoT

• Current Limitations and Challenges in Ultra-Low Power Design
• Balancing Ultra-Low Power with System Complexity
• The Role of AI and Machine Learning in Power Optimization
• Future Trends in Ultra-Low Power ICs for Next-Generation IoT Devices
• Sustainable and Green Electronics for IoT

Appendices

• Appendix A: Low Power Design Tools and Software
• Appendix B: Key Metrics and Power Measurement Techniques
• Appendix C: Glossary of Terms
• Appendix D: Further Reading and Resources

Index

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